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Quantification of groundwater recharge in urban environments
Science of The Total Environment, 2017Groundwater management in urban areas requires a detailed knowledge of the hydrogeological system as well as the adequate tools for predicting the amount of groundwater and water quality evolution. In that context, a key difference between urban and natural areas lies in recharge evaluation. A large number of studies have been published since the 1990s
Isabel Tubau +4 more
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Simulating Future Groundwater Recharge in Coastal and Inland Catchments
Water resources management, 2021G. Busico +5 more
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, 2018
The rapid growth of population and agricultural and industrial activities has caused an increase in demand on the Jeffara aquifers of Gabes (southeast Tunisia). In fact, the over-pumping of this aquifer system has resulted in water-level declines ranging
Dhekra Souissi +5 more
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The rapid growth of population and agricultural and industrial activities has caused an increase in demand on the Jeffara aquifers of Gabes (southeast Tunisia). In fact, the over-pumping of this aquifer system has resulted in water-level declines ranging
Dhekra Souissi +5 more
semanticscholar +1 more source
Groundwater recharge and agricultural contamination
Hydrogeology Journal, 2002Agriculture has had direct and indirect effects on the rates and compositions of groundwater recharge and aquifer biogeochemistry. Direct effects include dis- solution and transport of excess quantities of fertilizers and associated materials and hydrologic alterations relat- ed to irrigation and drainage.
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Estimation of Natural Groundwater Recharge
1988Groundwater recharge concepts.- Groundwater recharge concepts.- An unexpected factor affecting recharge from ephemeral river flow in SWA/Namibia.- On the continuity of aquifer systems on the crystalline basement of Burkina Faso.- Groundwater recharge estimation (Part 1): physical/chemical methods.- A review of some of the physical, chemical and ...
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Groundwater recharge: an overview of processes and challenges
Hydrogeology Journal, 2002Since the mid-1980s, a relative explosion of groundwater-recharge studies has been reported in the literature. It is therefore relevant to assess what is now known and to offer further guidance to practitioners involved in water-resource development.
Jacobus J. de Vries, Ian Simmers
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Man’s Impact on the Groundwater Recharge
2007The water cycle is being constantly and slowly modified since ever by atmospheric, erosion, land cover, and tectonic changes; these changes have been accelerated since activities and growth of mankind (Fig. 6.1) passed a certain threshold number in about the year 1850.
J.R. Gat, K.-P. Seiler
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Artificial groundwater recharge, I. Circular recharging area
Journal of Hydrology, 1975Abstract Artificial groundwater recharge is of increasing importance as an essential component of water-management programs. The fluctuation of the water table in response to recharge depends on the size and shape of the recharging area, on the duration and the type of variation of the recharge rate, and on the hydraulic and geometric parameters of ...
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Artificial groundwater recharge, II. Rectangular recharging area
Journal of Hydrology, 1975Abstract The nonlinear, partial-differential equation characterizing the unsteady flow in an unconfined aquifer receiving uniform vertical recharge from a rectangular spreading basin is solved numerically. The method of solution consists of the alternating-direction implicit scheme with an inhomogeneous grid spacing.
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Review: The influence of global change on Europe’s water cycle and groundwater recharge
Hydrogeology Journal, 2020T. Riedel, T. Weber
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